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Apr. 26 (Fri) |
Course wrap-up (last day of class)
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Apr. 24 (Wed) |
Current research topics in DSP
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Apr. 22 (Mon) |
Project reports due at the start of class. Signal-dependent processing
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Apr. 19 (Fri) |
Signal synthesis (cont.): extended wavetable, pseudo-random sequences
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Apr. 17 (Wed) |
Signal synthesis: direct generation and wavetables
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Apr. 15 (Mon) |
Spatial signal processing
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Apr. 12 (Fri) |
No class (instructor out of town)
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Apr. 10 (Wed) |
Data compression concepts (cont.) Examples using Huffman code and the Huffman algorithm
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Apr. 8 (Mon) |
Data compression concepts: redundancy and irrelevancy. Shannon Entropy.
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Apr. 5 (Fri) |
2-D signal processing; Begin data compression
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Apr. 3 (Wed) |
2-D signal processing (cont.)
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Apr. 1 (Mon) |
Adaptive signal processing; Begin 2-D signal processing
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Mar. 29 (Fri) |
No class (MSU University Day holiday)
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Mar. 27 (Wed) |
Adaptive signal processing (cont.)
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Mar. 25 (Mon) |
Adaptive signal processing (cont.)
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Mar. 22 (Fri) |
Adaptive signal processing. Assignment: project reports (due Monday 22 April). |
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Mar. 20 (Wed) |
No class (instructor out of town) |
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Mar. 18 (Mon) |
No class (instructor out of town) |
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Mar. 15 (Fri) |
No class (MSU spring break) |
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Mar. 13 (Wed) |
No class (MSU spring break) |
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Mar. 11 (Mon) |
No class (MSU spring break) |
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Mar. 8 (Fri) |
Digital filter design concepts Homework assignment, due Wednesday, March 27.
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Mar. 6 (Wed) |
FFT algorithms handout on dsp architectures handout on decimation in time FFT formulation
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Mar. 4 (Mon) |
DFT (cont.)
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Mar. 1 (Fri) |
Transforms (cont.)
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Feb. 27 (Wed) |
Transforms: DFT and DCT
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Feb. 25 (Mon) |
Roundoff and overflow in digital filters. (midterm exams returned)
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Feb. 22 (Fri) |
Midterm Exam #1 in class Open book and notes; you should also bring a calculator
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Feb. 20 (Wed) |
Quantization of coefficients
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Feb. 18 (Mon) |
No class this day: Presidents Day Holiday
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Feb. 15 (Fri) |
Filter structures (cont.) Here is an example "practice" exam .
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Feb. 13 (Wed) |
Filter structures and topology options Note: midterm exam 1 is tentatively scheduled for Friday Feb. 22 in class.
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Feb. 11 (Mon) |
Sampling rate conversion (cont.) Here is a link to the matlab function "zview" to help visualize z-plane behavior.
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Feb. 8 (Fri) |
No class this day (instructor out of town)
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Feb. 6 (Wed) |
Sampling rate conversion
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Feb. 4 (Mon) |
Noise shaping: using feedback and prediction around the quantizer HOMEWORK Assignment: Due at the start of class on Wednesday 13 February. From the text: 3.2a and 3.2f, 3.3a, 3.51; 5.24, 5.25
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Feb. 1 (Fri) |
Quantization noise using uncorrelated model assumptions
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Jan. 30 (Wed) |
Quantizers (cont.)
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Jan. 28 (Mon) |
Sampling, uniform quantizers, quantization issues
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Jan. 25 (Fri) |
Finish z-transform discussion; look at magnitude of H(z) in 3D (matlab) Homework assignment due at the start of class.
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Jan. 23 (Wed) |
Z-transforms (cont.) -- going from block diagram to z-transform to poles and zeros.
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Jan. 21 (Mon) |
No class this day: Martin Luther King Day (MSU offices closed)
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Jan. 18 (Fri) |
Z-transforms (cont.)
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Jan. 16 (Wed) |
Begin review of z-transforms (Ch. 3) ASSIGNMENT: Review the rest of chapter 3. HOMEWORK Assignment: Due at the start of class on Friday 25 January. From the text: 2.30, 2.33, 2.34, 2.50
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Jan. 14 (Mon) |
Continue Ch. 2: discrete-time systems, system properties, and block diagrams. ASSIGNMENT: Review the rest of chapter 2 and start chapter 3. |
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Jan. 11 (Fri) |
Chapter 2 of the textbook: discrete-time signals, notation, and terminology. ASSIGNMENT: Review sections 1.4 and 2.1-2.3. |
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Jan. 9 (Wed) |
First class meeting, 11AM, Cobleigh 632 ASSIGNMENT: Review chapter 1, sections 1.1-1.3. |